Biophysical Assessment and Predicted Thermophysiologic Effects of Body Armor
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TL;DRAbstract
Biophysical assessments and predictive modeling show a quantifiable relationship exists among increased protection and increased thermal burden and decreased work capacity. This approach enables quantitative analysis of the tradeoffs between ballistic protection, thermal-work strain, and physical work performance.
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Biophysical assessments and predictive modeling show a quantifiable relationship exists among increased protection and increased thermal burden and decreased work capacity. This approach enables quantitative analysis of the tradeoffs between ballistic protection, thermal-work strain, and physical work performance.
Keywords
Environmental scienceArmourWork (physics)ThermalBaseline (sea)Thermal protectionThermal manikinThermal insulation
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